Optics

For how to help with this book, click "show". Do add new material and examples and make corrections. It all helps. All help is welcome. 350px|right The structure of this book is still being developed. The pages marked with a * are not currently accessed when reading the book in 'next page' order. Optics about this book Contents /Light/ 50% /Nature of light/ 25% /Waves/ 0% /Evidence for wave properties of light/ 0% /Evidence for light as a stream of particles/ 0% /Features of a wave/ 0% /Propagation of light/ 0% /Fermat's Principle/ 25% /Refraction/ 25% /Total internal reflection/ 25% /Fibre optics/ 25% /Images/ 25% Images 0% Real images 0% Virtual images 0% Curved mirrors 0% The mirror equation 0% /Lenses/ 0% Introduction 0% Refraction at a spherical interface 0% A lens 0% Locating the image 0% The lensmaker’s equation 0% Converging and diverging lenses 0% Optical instruments using lenses 0% Single-lens systems 0% A magnifying glass 0% Compound optical systems 0% The refracting telescope 0% Interference and diffraction 0% Wave phenomena 0% /Huygens’ Principle/ 0% Introduction 0% Interference 0% Diffraction 0% Summary of formulas in this chapter 0% Small angle approximation 0% Small angle approximation 0% Derivations for the Module 7 exam 0% Derivations for the Module 7 exam 0% X-ray optics 0% /Authors/ External Resources Diffractive optics papers and patents. Also available and news and events. Gradient-index optics reviews, theory and ideas Atomic, molecular, and optical physics O 0% __NOTOC__ __NOEDITSECTION__ de:Optik es:Física/Óptica fr:Optique nl:Fysica/Optica pt:Introdução à Física/Óptica sv:Fysik A/Optik